This paper presents the development of a mathematical model designed to predict the effect ofbandsaw variables upon cutting accuracy. New developments contained in the model are the explicit consideration of contact between the body of the bandsaw and the sawn surfaces of the wood and the representation of cutting forces in terms of Brownian motion functions. The model allows consideration of blade geometry, bandmill strain, tensioning stresses, blade speed, bandmill strain characteristics, blade speed, and side clearance. 424 07 x z, Az 4) 03 %~axial stresses a stationary blade distance along the cut, and its increment hardness function frequency in radians per second Galerkin shape function 1
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